Brushcutters
! New !
The new Attila 75 pedestrian brush cutters are designed for work in the most difficult conditions. They are ideal for holiday homes, meadows, orchards, fallow land, roadsides and shores.
Performance
Differential lock
Mowing on the most difficult slopes (up to 20° for AK60 and 30° for AH75) thanks to the hydraulic transmission with a differential lock.
Cutting height
Adjustment with three positions from the handle: quick, convenient and safe
Handle
Handle offset control from the operating position with three working positions and one transport position
Rear wheels
Possibility to fit two wider rear wheels as an option
Two idlers that can be locked without a tool for improved stability on slopes in the AH75
Comfort
Manoeuvrability
Very high manoeuvrability thanks to the hydraulic transmission and the three forward speeds, one reverse speed and the differential effect
Security
Protection for controls and hands with the guards incorporated into the handle with a three-position adjustment facility
Handle
Central handle that allows easier access to low controls (parking brake, forward transmission bypass, engine starter), with full protection for cables (no visible cable)
Robustness
Easy access - Attila 75
The machine can be moved into the vertical position to gain access to the cutter blade for maintenance and cleaning.
Hydrostatic transmission - Attila 75
Maintenance-free hydrostatic transmission with forced-air cooling, integrated expansion vessel
Engine - Attila 75
Rugged and reliable engines: Engine crank shaft mounted on bearings, cast iron jacket for better
Specifications
| Measurements and weight | |
|---|---|
| Height (cm) | 114 |
| Width (cm) | 85 |
| Length (cm) | 213 |
| Weight (kg) | 150,5 full /148 empty |
| Engine | |
|---|---|
| Engine | Honda GXV 390 OHV |
| Power | 7,3 kW |
| Wheel transmission | |
|---|---|
| Working width | 75 cm |
| Working height | 3 positions |
| Differential lock | Yes |
| Forward transmission | Hydraulic |
| Speeds | FW : 0 to 5 km/h REV : 0 to 2 km/h |
| Theoretical efficiency | 3750 m²/h |
